Search Products By Industry

Medical Imaging

Medical imaging plays an important role in modern medicine. Magnetic Resonance Imaging (MRI) is an imaging test that uses powerful magnetic fields and radio waves to generate 3D images of the organs using strong magnetic fields, magnetic field gradients, and radio waves to generate images of the organs in the body, bones and tissues. Radiofrequency (RF) coils are an essential hardware component of MRI and play an important role in image quality in terms of signal-to-noise ratio, signal uniformity, and image resolution.

Non-magnetic components with silver/palladium (AG/Pd) terminations are required for the MRI scanner tunnel as any magnetism can alter the field’s homogeneity. Even the smallest trace of magnetism could affect the quality of the MRI image.

PPI Non-Magnetic Components:

High-Q / Low ESR Capacitors
High Power Custom Assemblies
Single Layer Capacitors
Thin Film Components
Trimmer Capacitors

Semiconductor

A semiconductor is a material that conducts electricity more than an insulator but less than a pure conductor. Semiconductor devices can display a range of useful properties, such as showing variable resistance, passing current more easily in one direction than the other, and reacting to light and heat. Their actual function includes the amplification of signals, switching, and energy conversion. They find widespread use in almost all industries—from consumer and commercial products to vehicles, computers, mobile devices, and personal electronics.

PPI High-Q capacitors are well-suited for power electronics due to the attributes like high capacitance density, low ESR/ESL, stability over temperature, and high reliability. These capacitors fulfill critical needs in power electronics, from high-frequency filtering to energy storage and voltage balancing in semiconductor manufacturing, high energy power transfers, plasma chambers and medical equipment.

Product Features:
High Operating Voltage, High Operating Current, Extended Capacitance, Tighter Tolerances, High Reliability, High Q, Ultra-low ESR, Non-Magnetic.

PPI Components for the Semiconductor manufacturing industry include:

High-Q Ceramic Capacitors
High Power Custom Assemblies

Military

Defense Electronics refers to electronic components and systems that are specially designed for national defense. From military aircraft to electronic warfare defense systems, aerospace and defense applications are placing new demands on their power electronics requiring high performance capabilities to support the success of missions.

Electronic warfare (EW) are military activities that use electromagnetic energy to control the electromagnetic spectrum and attack an enemy. As electronic warfare affects all military domains—land, air, sea, space, and cyberspace—each of the military services has its own EW capabilities and programs. EW represents the ability to use the electromagnetic spectrum—signals such as radio, infrared, or radar—to sense, protect, and communicate. At the same time, EW can disrupt, deny and degrade the adversaries’ ability to use these signals. Modern militaries rely on the spectrum to communicate, navigate, and guide weapons to their targets; the fight over it can make or break wartime success.

Defense electronics systems must function at higher voltages and wider temperature ranges, and all while becoming smaller, lighter, and consuming less power.

PPI components for the Military industry include:

High-Q / Low ESR Capacitors
Broadband Capacitors
Single Layer Capacitors
Thin Film Components
Trimmer Capacitors

Telecommunications

High-quality parts and components are essential for the success of the varied technologies and services that allow users to stay connected. PPI Components are crucial in the telecommunications industry due to their high capacitance and voltage tolerance, effectively isolating high-frequency noise in the power line and ensuring stable operation of the circuit. They are used for filtering by removing instabilities in the power supply such as voltage fluctuations and current spikes and are used for this application due to their high frequency characteristics and reliability.

Used in base stations, PPI components realize phase control of phased array antennas playing the crucial role of controlling the beam pointing of the antenna by adjusting the phase delay in the circuit.

PPI Broadband Components have excellent high-frequency characteristics and reliability and are ideally suited for 5G application with their excellent high-frequency performance and high-temperature resistance.

PPI components for the Telecommunications Industry include:

High-Q / Low ESR Capacitors
Broadband Capacitors
Single Layer Capacitors
Thin Film Components
Trimmer Capacitors

Industrial Laser

High power lasers are industrial lasers known for their significant output power. They perform a range of processes like cutting and bending on materials such as metals, glass, and resins. They are used in various industrial processes, including cutting, welding, processing non-metals, additive manufacturing, etc. Laser marking is used for marking unique identification numbers on machines and devices for identification and improving safety.

Laser technology comes in a wide variety of wavelengths, beam characteristics, and pulse times. CO2 and solid-state lasers. Avionics, Medical, Electronics and Research application

PPI components for the Industrial Laser industry include:

High-Q Ceramic Capacitors
Variable Trimmer Capacitors

Broadcast

Typical Applications: Optoelectronics / high-speed data, ROSA/TOSA (Transmit / Receive optical subassemblies), SONETS (Synchronous Optical Networks), Broadband test equipment, Broadband microwave and millimeter wave amplifiers and oscillators.

PPI Components for the Broadcast industry include:

High-Q Ceramic Capacitors